CN203470670U - Large back splint continuous production die - Google Patents
Large back splint continuous production die Download PDFInfo
- Publication number
- CN203470670U CN203470670U CN201320560423.XU CN201320560423U CN203470670U CN 203470670 U CN203470670 U CN 203470670U CN 201320560423 U CN201320560423 U CN 201320560423U CN 203470670 U CN203470670 U CN 203470670U
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- groove
- counterdie
- district
- folding pin
- back splint
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Abstract
A large back splint continuous production die comprises a lower die body (1) and an upper die body (2). The upper die body (2) is in sliding connection with the lower die body (1). The lower die body (1) is sequentially provided with a punching groove area, a blanking groove area, a folding pin area, a mark pressing area and an edge folding area from left to right. Corresponding punches are arranged under the positions between arc slots (3), strip slots (4), blanking grooves (5), round slots (6), square slots (19), folding pin slots (7), straight mark grooves (9) and bent mark grooves (10) formed in the upper die body (2) and two edge folding die bodies (11) one to one. Compared with the prior art, the large back splint continuous production die has the advantages of being short in production cycle, high in production efficiency, low in labor cost, low in labor intensity of workers, and low in production cost.
Description
Technical field
The utility model belongs to composite die apparatus field, particularly relates to the continuous production mould of a kind of large back splint.
Background technology
At present, satellite antenna comprises antenna and bearing, and antenna is connected with bearing by column, while installing due to antenna, need to regulate the elevation angle, antenna is to be connected with column with little back splint combination by large back splint, after large back splint and the combination of little back splint, can regulate the elevation angle, to meet the needs that antenna is fixed and aerial angle regulates, but the large back splint production mould of prior art comprises six secondary moulds, the corresponding stamping machine of every secondary mould, and every stamping machine all needs workman's operation, during production, first by banded iron plate stamping-out out, subsequently successively by six other stamping machines ability final molding, and also need workman between every stamping machine, to carry semi-finished product or blank, therefore exist the production cycle longer, production efficiency is lower, cost of labor is higher, the large and higher problem of production cost of labor strength.
Utility model content
The utility model provides a kind of production cycle shorter for above problem, and production efficiency is higher, and cost of labor is lower, the continuous production mould of large back splint that labor strength is lower and production cost is lower.
The utility model overcomes the above problems technical scheme used: provide a kind of large back splint continuous production mould, it comprises counterdie and patrix, described patrix and counterdie are slidably connected, on described counterdie, be provided with successively from left to right punching groove district, stamping-out groove district, Zhe Jiao district, indented area and flanging district, described punching groove district comprises along counterdie center line symmetrical two arc hole slots and two strip hole slots, strip hole slot is positioned at the right side of arc hole slot, described stamping-out groove district is along two symmetrical stamping-out grooves of counterdie center line, between two stamping-out grooves, be provided with circle hole groove, distance between described strip hole slot center line and stamping-out groove center line equals the length of large back splint, described Zhe Jiao district comprises four folding pin grooves and two folding pin storage tanks, roll over one group between two of pin groove for four, and every group of folding pin groove and two folding pin storage tanks are all symmetrical along counterdie center line, described indented area comprises eight folding pin storage tanks, two straight trace grooves and two curved trace grooves, eight described folding pin storage tanks are divided into two groups, two groups of folding pin storage tanks lay respectively at the two ends, left and right of indented area, and indented area equals the length of large back splint on one side with the distance between two folding pin storage tank centers at interval, four folding pin storage tanks and two curved trace grooves of every group are all symmetrical along counterdie center line, between two groups of described folding pin storage tanks, in adjacent four nearest folding pin storage tanks, be equipped with square hole groove, two described straight trace grooves are symmetrical along the center line between two groups of folding pin storage tanks, described flanging district comprises two hemming dies, two described hemming dies are symmetrical along counterdie center line, and the spacing between two hemming dies equals the width at large back splint middle part, the upper surface of described hemming die exceeds the upper surface of counterdie, arc hole slot on described patrix, strip hole slot, stamping-out groove, circle hole groove, square hole groove, folding pin groove, straight trace groove, position directly between curved trace groove and two hemming dies is provided with drift one to one.
Adopt after above device, compared with prior art, after the utility model is arranged on press, then under the cooperation of feed arrangement, first material strip goes out required through hole in punching groove zone position; Enter subsequently stamping-out groove district, now go out shape that two large back splints are adjacent, two circular holes and scale; Then enter Zhe Jiao district, successively four pin that produce after stamping-out groove district stamping-out are rolled over to pin and process; Enter subsequently impression and go, blank is carried out to the processing of punching press trace; Enter flanging district, the punching press that the part to blank between folding pin is upwards turned up, makes the last moulding of blank again; Finished product other end discharging after moulding, last workman only need cut off the tablet connecting between adjacent finished product; Above-mentioned whole production process only needs a workman and a press to complete, five workmans and five press have been saved compared to existing technology, greatly reduce cost of labor and equipment cost, and shortened the production cycle, the production time of each finished product has at least shortened the time of 6 times; Workman is without often carrying or placing blank simultaneously, and labour intensity is lower; Moreover whole production process is continuously and automatically, production efficiency is original more than 7 times.Therefore it is shorter to the utlity model has the production cycle, and production efficiency is higher, and cost of labor is lower, the feature that labor strength is lower and production cost is lower.
As improvement, the described hemming die left and right sides is provided with straight trace storage tank, after straight trace storage tank arranges, make blank in the punching course of flanging, impression can not flattened again, also the situation that causes blank deformation after just there will not be impression to be driven plain, and then the yield rate while improving blank moulding, further reduce production cost of the present utility model.
As further improvement, described punching groove district, stamping-out groove district, in Zhe Jiao district and indented area, be equipped with at least one tray, the upper surface of described tray is concordant with the upper surface of hemming die, the upper surface of described counterdie is provided with and tray counterbore one to one, described tray lower end is slidably connected in each self-corresponding counterbore, and be provided with stage clip between tray lower surface and counterbore bottom surface, because the upper surface of hemming die exceeds the upper surface of patrix, tray makes material strip in the process of charging and punching press, on patrix, keep level after arranging, and then be conducive to guarantee charging precision and the punching precision of material strip, and then improve yield rate of the present utility model, and reduce production cost of the present utility model.
As further improving again, the right side in described flanging district is provided with shear zone, described shear zone comprises the cut groove of strip, the length direction of cut groove is vertical with the direction of counterdie, the center line of described cut groove is 1.5 times of large back splint length to hemming die center line vertical range, described shear zone is also provided with at least one tray, after shear zone arranges, make blank after moulding, automatically cut off again, and then make the final finished that is from the other end discharging of mould, without wanting again workman to cut off by hand, the efficiency of cutting off is higher, can further improve production efficiency of the present utility model, reduce labor strength, thereby reduce production costs.
As further improving again, on described counterdie, the two ends of cut groove are equipped with folding pin storage tank, the left and right sides of cut groove is also provided with straight trace storage tank, make blank in the process of shearing, impression can not flattened again, also the situation that causes blank deformation after just there will not be impression to be driven plain, and then the yield rate while improving blank moulding, and reduce production cost of the present utility model.
As further improving, be provided with guiding mechanism near described counterdie upper punch hole slot district, described guiding mechanism comprises even number lead, one group between two of described lead, line between two leads of every group is parallel with straight trace groove, and two relative positions of lead of every group are provided with gathering sill, the lower wall of described gathering sill is concordant with tray upper surface, the upper surface of described counterdie is also provided with and lead blind hole one to one, described lead lower end is slidably connected in each self-corresponding blind hole, and be provided with stage clip between lead lower surface and blind hole bottom surface, on described patrix, directly over lead, position is provided with the counterbore of accommodating lead, after guiding mechanism arranges, make stability and the directionality of material strip charging better, further improve stability in use of the present utility model.
As preferably, described lead is six, and is distributed on the both sides in punching groove district.
Accompanying drawing explanation
Fig. 1 is the structural representation of the continuous production mould of the large back splint of the utility model.
Fig. 2 is the structural representation of large back splint.
Fig. 3 is the enlarged drawing of A part in Fig. 1.
Fig. 4 is the structural representation of the continuous production mould patrix of the large back splint of the utility model.
As shown in the figure: 1, counterdie, 2, patrix, 3, arc hole slot, 4, strip hole slot, 5, stamping-out groove, 6, circle hole groove, 7, folding pin groove, 8, folding pin storage tank, 9, straight trace groove, 10, curved trace groove, 11, hemming die, 12, straight trace storage tank, 13, tray, 14, counterbore, 15, cut groove, 16, lead, 17, gathering sill, 18, blind hole, 19, square hole groove.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described further.
As Fig. 1, Fig. 2, shown in Fig. 3 and Fig. 4, the continuous production mould of a kind of large back splint, it comprises that counterdie 1 and patrix 2(also comprise other parts certainly, but do not create utility model point owing to relating to the utility model, therefore do not repeat them here), described patrix 2 is slidably connected with counterdie 1, on described counterdie 1, be provided with successively from left to right punching groove district, stamping-out groove district, Zhe Jiao district, indented area and flanging district, described punching groove district comprises along counterdie 1 center line symmetrical two arc hole slots 3 and two strip hole slots 4, conventionally also comprise two arc hole slots, 3 each self-corresponding circular hole and square holes, be used to indicate the arrow hole of direction, strip hole slot 4 is positioned at the right side of arc hole slot 3, described stamping-out groove district is along two symmetrical stamping-out grooves 5 of counterdie 1 center line, between two stamping-out grooves 5, be provided with circle hole groove 6, stamping-out groove 5 is the structure of similar " 3 " font, and near one of them stamping-out groove 5, be provided with for facilitating user to regulate the scale mould at the elevation angle, described strip hole slot 4 center lines and the distance between stamping-out groove 5 center lines equal the length of large back splint, described Zhe Jiao district comprises four folding pin grooves 7 and two folding pin storage tanks 8, four folding pin grooves 7 one group between two, the line at two folding pin groove 7 centers of every group is parallel with the broadside of counterdie 1, and every group of folding pin groove 7 and two folding pin storage tanks 8 are all symmetrical along counterdie 1 center line, wherein one group of folding pin groove 7 is tightly according to two folding pin storage tanks 8, on Zhe Jiao district counterdie 1 length direction, away from the center of rolling over the folding pin groove 7 of pin storage tank 8, to the distance between the center of the folding pin storage tank 8 of the same side, equal the length of large back splint, described indented area comprises eight folding pin storage tanks 8, two straight trace grooves 9 and two curved trace grooves 10, eight described folding pin storage tanks 8 are divided into two groups, two groups of folding pin storage tanks 8 lay respectively at the two ends, left and right of indented area, two folding pin storage tanks 8 that are positioned at the same side in every group four folding pin storage tanks 8 tightly according to, and indented area equals the length (being the length that the distance of indented area between two folding pin storage tank 8 centers at the interval of the same side equals large back splint) of large back splint on one side with the distance between two folding pin storage tank 8 centers at interval, four folding pin storage tanks 8 and two curved trace grooves 10 of every group are all symmetrical along counterdie 1 center line, between two groups of described folding pin storage tanks 8, in adjacent four nearest folding pin storage tanks 8, be equipped with square hole groove 19, square hole Cao19 center and the center superposition of rolling over pin storage tank 8, two described straight trace grooves 9 are symmetrical along the center line between two groups of folding pin storage tanks 8, described flanging district comprises two hemming dies 11, two described hemming dies 11 are symmetrical along counterdie 1 center line, and the spacing between two hemming dies 11 equals the width at large back splint middle part, the upper surface of described hemming die 11 exceeds the upper surface of counterdie 1, conventionally the upper surface of hemming die 11 exceeds the upper surface 3cm of counterdie 1, and the right side of hemming die 11 is provided with folding pin storage tank 8, arc hole slot 3 on described patrix 2, strip hole slot 4, stamping-out groove 5, circle hole groove 6, square hole groove 19, folding pin groove 7, straight trace groove 9, position directly between curved trace groove 10 and two hemming dies 11 is provided with drift one to one, conventionally same as the prior art is that the lower end of patrix 2 is provided with holding pad, between holding pad and patrix 2, being provided with traveller is slidably connected, and traveller has the effect of lower limit to holding pad, distance between holding pad lower surface and patrix 2 lower surfaces is greater than the distance between drift lower surface and patrix 2 lower surfaces, and the distance between holding pad upper surface and patrix 2 lower surfaces is less than the distance between drift lower surface and patrix 2 lower surfaces, can guarantee like this in the situation that holding pad is first pushed down material strip, drift is stamping-out material strip again, and then assurance punching precision, and when patrix 2 lifts, holding pad also can play and prevent that drift from moving upward and take up the effect of material strip, thereby guarantee repeatedly the precision of stamping-out, between holding pad and patrix 2, be provided with stage clip simultaneously, so that holding pad has enough pressure to material strip when press lifts patrix 2, anti-stopping materials strip and holding pad are taken up by drift simultaneously, guarantee repeatedly the precision of stamping-out, certainly arc hole slot 3, strip hole slot 4, stamping-out groove 5 and circle hole groove 6 are at the equal opening in the lower surface of counterdie 1, and the material of being convenient under stamping-out drops from opening part, thereby guarantee the continuous production capacity of mould.
Described hemming die 11 left and right sides are provided with straight trace storage tank 12.
In described punching groove district, ,Zhe Jiao district, stamping-out groove district and indented area, be equipped with at least one tray 13, there is a tray 13 in punching groove district, be positioned at the left side of the arc hole slot 3 in punching groove district, and the center line of this tray 13 is on the center line of counterdie 1; There are two trays 13 in stamping-out groove district, and two trays 13 lay respectively at the left and right sides of stamping-out groove 5, and one of them tray 13 is on the centre position between punching groove district and stamping-out groove district, and the center line of these two trays 13 is all on the center line of counterdie 1; Zhe Jiao district has 13, four trays 13 of four trays to be divided into two groups, and two trays 13 in each group are symmetrical along the center line of counterdie 1, and these two groups of trays 13 lay respectively at the left and right sides of Zhe Jiao district folding pin storage tank 8; There is a tray 13 indented area, and this tray 13 is positioned at the centre position of indented area, the upper surface of described tray 13 is concordant with the upper surface of hemming die 11, the upper surface of described counterdie 1 is provided with and tray 13 counterbore 14 one to one, described tray 13 lower ends are slidably connected in each self-corresponding counterbore 14, and are provided with stage clip between tray 13 lower surfaces and counterbore 14 bottom surfaces.
The right side in described flanging district is provided with shear zone, described shear zone comprises the cut groove 15 of strip, the length direction of cut groove 15 is vertical with the direction of counterdie 1, the center line of described cut groove 15 is 1.5 times of large back splint length to hemming die 11 center line vertical ranges, patrix 2 directly over cut groove 15 is provided with the drift for coordinating cut groove 15 to shear, it is six that described shear zone is also provided with at least one this example of tray 13(, and triplets are divided into two groups, these two groups of left and right sides that lay respectively at cut groove), certainly on the patrix 2 directly over shear zone, there is the storage tank of accommodating large back splint flanging.
On described counterdie 1, the two ends of cut groove 15 are equipped with folding pin storage tank 8, and the left and right sides of cut groove 15 is also provided with straight trace storage tank 12.
Near described counterdie 1 upper punch hole slot district, be provided with guiding mechanism, described guiding mechanism comprises that this example of even number lead 16(is six, also can be two, four, eight or ten etc.), one group between two of described lead 16, line between two leads 16 of every group is parallel with straight trace groove 9, and two relative positions of lead 16 of every group are provided with gathering sill 17, the lower wall of described gathering sill 17 is concordant with tray 13 upper surfaces, the upper surface of described counterdie 1 is provided with and lead 16 blind hole 18 one to one, described lead 16 lower ends are slidably connected in each self-corresponding blind hole 18, and be provided with stage clip between lead 16 lower surfaces and blind hole 18 bottom surfaces, on described patrix 2, directly over lead 16, position is provided with the counterbore of accommodating lead 16.On holding pad lead 16 directly over position be provided with accommodating lead 16 counterbores, the degree of depth of counterbore is more than or equal to gathering sill 17 upper side walls to the distance of lead 16 upper surfaces.
Described lead 16 is six, and is distributed on the both sides in punching groove district.
The course of work: first the utility model is contained on press to the same prior art of installation method; Then in the left side of press, place an existing commercially available feeder, the length setting of each feeding be little back splint length add cut out well width and, material strip is passed after feeder, again the both sides of material strip end are inserted in the gathering sill 17 of lead 16, and material strip end is positioned at the centre position in stamping-out groove district or punching groove district and stamping-out groove district; Open subsequently press, after press punching press once also resets, feed mechanism feeding once, the length that the length of each feeding is large back splint, and then make material strip punching groove district, ,Zhe Jiao district, stamping-out groove district, indented area and shear zone final molding successively, and drop from the other end of mould, therefore only need place collecting box below the mould other end, can collect finished product, whole forming process does not need workman to participate in.
Above embodiment is only preferred embodiment of the present utility model, and the utility model is not limited only to above embodiment and has also allowed other structural change, allly in the utility model rights to independence claimed range, changes, and all belongs to the utility model protection domain.
Claims (7)
1. the continuous production mould of large back splint, it comprises counterdie (1) and patrix (2), described patrix (2) is slidably connected with counterdie (1), it is characterized in that: on described counterdie (1), be provided with successively from left to right punching groove district, stamping-out groove district, Zhe Jiao district, indented area and flanging district, described punching groove district comprises along symmetrical two the arc hole slots (3) of counterdie (1) center line and two strip hole slots (4), strip hole slot (4) is positioned at the right side of arc hole slot (3), described stamping-out groove district is along symmetrical two the stamping-out grooves (5) of counterdie (1) center line, between two stamping-out grooves (5), be provided with circle hole groove (6), distance between described strip hole slot (4) center line and stamping-out groove (5) center line equals the length of large back splint, described Zhe Jiao district comprises four folding pin grooves (7) and two folding pin storage tanks (8), four folding pin groove (7) a group between two, and every group of folding pin groove (7) and two folding pin storage tanks (8) are all symmetrical along counterdie (1) center line, described indented area comprises eight folding pin storage tanks (8), two straight trace grooves (9) and two curved trace grooves (10), described eight folding pin storage tanks (8) are divided into two groups, two groups of folding pin storage tanks (8) lay respectively at the two ends, left and right of indented area, and indented area equals the length of large back splint on one side with the distance between two folding pin storage tank (8) centers at interval, every group four folding pin storage tanks (8) and two curved trace grooves (10) are all symmetrical along counterdie (1) center line, between described two groups of folding pin storage tanks (8), in adjacent nearest four folding pin storage tanks (8), be equipped with square hole groove (19), described two straight trace grooves (9) are symmetrical along the center line between two groups of folding pin storage tanks (8), described flanging district comprises two hemming dies (11), described two hemming dies (11) are symmetrical along counterdie (1) center line, and the spacing between two hemming dies (11) equals the width at large back splint middle part, the upper surface of described hemming die (11) exceeds the upper surface of counterdie (1), the upper arc hole slot (3) of described patrix (2), strip hole slot (4), stamping-out groove (5), circle hole groove (6), square hole groove (19), folding pin groove (7), straight trace groove (9), position directly between curved trace groove (10) and two hemming dies (11) is provided with drift one to one.
2. the continuous production mould of large back splint according to claim 1, is characterized in that: described hemming die (11) left and right sides is provided with straight trace storage tank (12).
3. the continuous production mould of large back splint according to claim 1, it is characterized in that: in described punching groove district, ,Zhe Jiao district, stamping-out groove district and indented area, be equipped with at least one tray (13), the upper surface of described tray (13) is concordant with the upper surface of hemming die (11), the upper surface of described counterdie (1) is provided with and tray (13) counterbore (14) one to one, described tray (13) lower end is slidably connected in each self-corresponding counterbore (14), and is provided with stage clip between tray (13) lower surface and counterbore (14) bottom surface.
4. the continuous production mould of large back splint according to claim 1, it is characterized in that: the right side in described flanging district is provided with shear zone, described shear zone comprises the cut groove (15) of strip, the length direction of cut groove (15) is vertical with the direction of counterdie (1), the center line of described cut groove (15) is 1.5 times of large back splint length to hemming die (11) center line vertical range, and described shear zone is also provided with at least one tray (13).
5. the continuous production mould of large back splint according to claim 4, is characterized in that: the two ends of the upper cut groove (15) of described counterdie (1) are equipped with folding pin storage tank (8), and the left and right sides of cut groove (15) is also provided with straight trace storage tank (12).
6. the continuous production mould of large back splint according to claim 1, it is characterized in that: described counterdie (1) upper punch hole slot is provided with guiding mechanism near district, described guiding mechanism comprises even number lead (16), one group between two of described lead (16), line between two leads (16) of every group is parallel with straight trace groove (9), and the relative position of two leads (16) of every group is provided with gathering sill (17), the lower wall of described gathering sill (17) is concordant with tray (13) upper surface, the upper surface of described counterdie (1) is provided with and lead (16) blind hole (18) one to one, described lead (16) lower end is slidably connected in each self-corresponding blind hole (18), and be provided with stage clip between lead (16) lower surface and blind hole (18) bottom surface, directly over the upper lead (16) of described patrix (2), position is provided with the counterbore of accommodating lead (16).
7. the continuous production mould of large back splint according to claim 6, is characterized in that: described lead (16) is six, and is distributed on the both sides in punching groove district.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320560423.XU CN203470670U (en) | 2013-09-10 | 2013-09-10 | Large back splint continuous production die |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320560423.XU CN203470670U (en) | 2013-09-10 | 2013-09-10 | Large back splint continuous production die |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203470670U true CN203470670U (en) | 2014-03-12 |
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ID=50219083
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320560423.XU Withdrawn - After Issue CN203470670U (en) | 2013-09-10 | 2013-09-10 | Large back splint continuous production die |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203470670U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103464592A (en) * | 2013-09-10 | 2013-12-25 | 宁波森富机电制造有限公司 | Continuous production die for large back splint |
| CN109365620A (en) * | 2018-12-19 | 2019-02-22 | 合肥安信瑞德精密制造有限公司 | A kind of floating type valve block blanking die of double-station |
| CN110899463A (en) * | 2019-12-10 | 2020-03-24 | 东莞市飞尧科技有限公司 | Stamping die capable of reversely feeding and discharging |
-
2013
- 2013-09-10 CN CN201320560423.XU patent/CN203470670U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103464592A (en) * | 2013-09-10 | 2013-12-25 | 宁波森富机电制造有限公司 | Continuous production die for large back splint |
| CN103464592B (en) * | 2013-09-10 | 2015-06-03 | 宁波森富机电制造有限公司 | Continuous production die for large back splint |
| CN109365620A (en) * | 2018-12-19 | 2019-02-22 | 合肥安信瑞德精密制造有限公司 | A kind of floating type valve block blanking die of double-station |
| CN110899463A (en) * | 2019-12-10 | 2020-03-24 | 东莞市飞尧科技有限公司 | Stamping die capable of reversely feeding and discharging |
| CN110899463B (en) * | 2019-12-10 | 2021-01-29 | 上海维科精密模塑有限公司 | Stamping die capable of reversely feeding and discharging |
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